Answer:
153.95 feet²
Step-by-step explanation:
Area = pi × r²
radius= 7ft (half of diameter)
3.14 × 7 × 7= 153.95
If the points are on a number line, then the length of the segment would be 8
Answer: 6
Step-by-step explanation:
Given: There are 12 kazoos, 18 mints, and 24 lollipops.
To find : the greatest number of piñatas you one can fill such that there will be identical groups of gifts in each piñata with no gifts left over.
Here 12 = 2 x 2 x 3
18 = 2 x 3 x 3
24 = 2 x 2 x 2 x 3
GCF(12,18,24) = 2 x 3 =6
Hence, The greatest number of piñatas you can fill = 6
The answer is number two since in y=Mx+c, C is the y intercept. This means that 52 is the y intercept. Therefore, Jordan is charged $52 for each gigabyte of data she uses.
We Know that
For a function to have an inverse function, it must be one-to-one—that
is, it must pass the Horizontal Line Test.
1. On the interval [–pi/2, pi/2], the function
y = sin x is
increasing
2. On the interval [–pi/2, pi/2], y = sin x takes on its full
range of values, [–1, 1]
3. On the interval [–pi/2, pi/2], y = sin x is
one-to-one
sin x has an inverse function
on this interval [–pi/2, pi/2]
On the restricted domain [–pi/2, pi/2] y = sin x has a
unique inverse function called the inverse sine function. <span>f(x) = sin−1(x)
</span>the range of y=sin x in the domain [–pi/2, pi/2] is [-1,1]
the range of y=sin-1 x in the domain [-1,1] is [–pi/2, pi/2]
1. On the interval [0, pi], the function y = cos x is decreasing
2. On the interval [0, pi], y = cos x takes on its full range of values, [–1, 1]
3. On the interval [0, pi], y = cos x is one-to-one
cos x has an inverse function on this interval [0, pi]
On the restricted domain [0, pi] y = cos x has a unique inverse function called the inverse sine function. f(x) = cos−1(x)
the range of y=cos x in the domain [0, pi] is [-1,1]
the range of y=cos-1 x in the domain [-1,1] is [0, pi]
the answer is
<span>the values of the range are different because the domain in which the inverse function exists are different</span>
